ASF-50 Single Shot Femtoseconde autocorrelator
Description The single-shot autocorrelator ASF Single Shot Femtoseconde autocorrelator is designed to monitor the pulse duration of high-speed oscillators and amplifiers, as well as to adjust real-time amplification systems. There are four basic models of the ASF family covering a wide range of possible operating wavelengths. The ASF-5 system can measure pulses of a few cycles with a pulse duration as short as 5 fs. The system is based on a non-dispersive beam dispersion technique offering the best accuracy for pulse measurement of a few cycles. The ASF-15 system is a compact unit for routine characterization of the output of the high-speed, low repetition amplifier as well as the output of the bootstrap oscillator in the range of 15 fs to 200 fs. The ASF-50 and ASF-200 units offer a longer pulse duration measurement limit for the development and tuning of ultrashort pulse amplifiers. The ASF-200 is also used for precise control of the pulse duration at the output of commercial laser systems with a tunable compressor unit.
| ASF-5 | ASF-15 | ASF-50 | ASF-200 | |
| Possible wavelength range | 400-2000 nm | 450-2000 nm | ||
| Input pulse duration range | 5-150 fs | 15-200 fs | 50 fs – 2 ps | 200 fs – 10 ps |
| Required pulse energy | single-shot mode: from 1 uJ at <200 fs; up to 100 uJ at 10 ps; multiple-shot mode: from 1.2 nJ at <100 fs, 80-100 MHz (~100 mW average power) | |||
| Input pulse repetition rate | single-shot…150 MHz; single-shot mode (registration of single pulses): from single-shot to 50 kHz; multiple-shot mode (averaging of 2 or more pulses): >50 kHz | |||
| Input polarization | linear, horizontal (vertical upon request) | |||
| Data interface | USB with Windows PC acquisition and analysis software (included in the standard package) | |||
| Dimensions (LxWxH) | please enquire | 156x120x70 mm | 215x120x70 mm | 430x240x80 mm |
Diagnostics laser ultra-rapides, accessoires et composants Mesure de la durée d’impulsion de l’oscillateur femtoseconde Mesure de la durée d’impulsion femtoseconde et caractérisation de la dispersion Comparaison des valeurs de dispersion, détermination de la dispersion de divers éléments optiques Durée d’impulsion femtoseconde et picoseconde et mesure du contraste proche Mesure de la durée d’impulsion OPA femtoseconde et picoseconde et du contraste proche Mesure de durée d’impulsion femtoseconde à une seule impulsion Amplificateur Design Automatisation des configurations expérimentales complexes